Titlebook: Irrigation Sustainability with Saline and Alkali Waters; Extent, Impacts and Paramjit S. Minhas,Manzoor Qadir Book 2024 The Editor(s) (if

演講

和平主義

Effects of Irrigation with Saline, Saline-sodic and Alkali Waters on Soils,n (ET) demands of the crops grown in sequence. Swelling and dispersion of clays with sodication, affect soil water-storage and its movement to roots which ultimately impair water uptake by crops. Tillage and sowing operations also become difficult with soil structural deterioration, and restricted w

CLOUT

Managing Saline Water for Irrigating Agricultural Crops,ocation trials on appropriate use of saline and non-saline waters reveal the benefits of irrigating with non-saline canal water for pre-plant irrigation as well as during the initial stages. Cyclic uses show both operational and performance advantages over mixing the saline waters with canal water.

fulcrum

Agnosia

Salt and Water Dynamics Under Saline Irrigation: Modeling Approaches,e at a given point. The transient-state analytical solutions do account for the time-varying soil water dynamics under the varied irrigation and agro-climatic conditions and ultimately their impact on crop performance. Among these?models, various versions of HYDRUS and SALTMED have more generic appl

祖先

Managing Saline Irrigation in Horticultural Crops,rant cultivars and grafting the choice cultivars onto tolerant rootstocks further enable the use of higher-salinity waters. Most vegetables are comparatively more salt-sensitive than the other field crops. Drip irrigation and subsurface drip irrigation are now becoming popular to raise vegetables wi

高爾夫

多節(jié)

Water Quality Guidelines for Irrigation,ation. However, these remained more pertinent to regions of their emergence. Updated versions are now available which are based upon more diversified conditions of saline water use and are adjustable to for site-specific conditions. For rating both saline and alkali waters, these include the chemica

Exclaim

groggy

Book 2024s and crops; management approaches for sustaining irrigation with typical saline and alkali ground waters for agricultural and horticulture crops; steady and non-steady state models for salt and water dynamics vis-a-vis crop responses; alternate uses of highly saline waters; water quality guidelines